ScholarWorks@Korea University: SON, Yo Whan

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SON, Yo Whan (손요환)

College of Life Sciences and Biotechnology

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Tel 02-3290-3015/3469
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climate change:23||Pinus densiflora:15||Climate change:9||Carbon storage:7||Forest management:7||afforestation:6||Japanese red pine:6||warming:6||seedling growth:5||biomass:4||Larix kaempferi:4||Soil respiration:4||carbon cycle:4||Climate Change:4||carbon storage:4||desertification:4||Biomass:4||Korean pine:4||drought:4||soil moisture:3||precipitation manipulation:3||Decay rate constant:3||resilience:3||Drought:3||LiDAR:3||East Asia:3||net ecosystem production:3||forest management:3||Carbon:3||nitrogen:3||thinning intensity:3||carbon sequestration:3||modeling:3||Mortality:3||reforestation:3||Quercus species:3||experimental warming:3||Root/shoot ratio:2||Sensitivity:2||Soil temperature:2||Budburst:2||forest carbon stock:2||forest:2||Verification:2||Nanomaterial:2||Forest ecosystem:2||oak:2||Biomass expansion factor:2||Assessment Vulnerability:2||Gas exchange:2||soil property:2||Abnormal shoot:2||Mongolia:2||Experimental Warming:2||Nutrient cycling:2||Adaptative Capacity:2||Coarse woody debris (CWD):2||soil amelioration:2||invertebrate:2||Experimental warming:2||Seedling Growth:2||Thinning:2||allometric equation:2||water cycle:2||Warming:2||Economic viability:2||national forest inventory:2||Plant phenology:2||North Korea:2||Precipitation effectiveness index:2||nitrogen fertilization:2||forest biomass:2||Soil microorganism:2||Phenology:2||carbon:2||Quercus variabilis:2||Chronosequence:2||Temperate forest:2||enzyme activity:2||dead wood:2||Soil incubation:2||GIS:2||Autotrophic respiration:2||models:2||Grassland:2||nitrogen availability:2||Exposure:2||Mass dynamics:2||Leaf fall:2||Microbial biomass carbon:2||Warmth index:2||CO2 concentration:2||Minirhizotron:2||Forest soil:2||Forest growth model:2||Litterfall:2||forests:2||Yasso:2||restoration:2||soil organic carbon:2||Thinning intensity:2||South Korea:2||Production:2||biomass expansion factor:2||Paddy rice farm:1||topsoil:1||Carbon allocation:1||leakage:1||Cool forest:1||species richness:1||Soil carbon storage:1||Maxent:1||chlorophyll content:1||Physiology:1||greenhouse gas inventory:1||Precipitation manipulation:1||Indicator:1||Exchangeable cations:1||forest habitat suitability:1||Soil fungal community:1||climate factor:1||residuals:1||Water yield:1||Slope:1||fine root production:1||community forestry:1||bacterial community:1||community richness:1||forest stock change:1||C:N ratio:1||natural forest:1||wood density:1||soil respiration:1||Compulsory Verification:1||Quality Evaluation:1||CCS (Carbon Capture and Storage):1||semiarid:1||Ash:1||riverside:1||indicator development:1||Elevated Temperature:1||nitrogen mineralization:1||oak forest:1||soil nutrients:1||Closed chamber:1||RCWD:1||Phospholipid fatty acid (PLFA):1||Populus alba var. pyramidalis:1||Deciduous broadleaved forest:1||Ecosystem carbon budget:1||Nitrogen cycling:1||growth and yield tables:1||Root exclusion:1||Silvicultural treatment:1||Pinus rigida:1||Fine root length:1||net photosynthetic rates:1||Belowground:1||MODIS:1||Longlived pioneer species:1||Aboveground biomass:1||Crown geometric volume:1||Stem volume:1||soil carbon dynamics:1||Diurnal variation:1||Alnus hirsuta:1||Soil carbon content:1||biofuel:1||Korean endemic genus:1||heavy metal contamination:1||naturebased solutions:1||biomass accumulation:1||openfield experiments:1||human activities:1||naturebased solution:1||Conservation status:1||Importance value index:1||Cropland:1||Community level physiological profiling:1||The Qinling Mountains:1||Stable isotope tracing:1||Antibiotic:1||functional diversity:1||maximum plant height:1||soil fertility:1||Invasive species:1||multifactor experiment:1||generalized allometric equation:1||material cycling:1||urban land use:1||Chlorophyll fluorescence:1||C13:1||carbon capture and storage (CCS):1||elevated insoil CO2:1||sand dune:1||water use efficiency:1||Forest carbon dynamics:1||Tropical forest:1||Soil microbes:1||spatial plant distribution:1||Carbon sequestration:1||Carbon dynamics:1||fine root mortality:1||soil carbon:1||이산화탄소 포집 및 저장(CCS):1||이산화탄소 플럭스:1||이산화탄소 농도:1||Fine root:1||Scots pine:1||ecosystem service indicator:1||Factor analysis:1||Semivariogram:1||Manchurian fir:1||leaf senescence:1||biomass density:1||forest inventory:1||Q(10):1||absorbent:1||aboveground net primary productivity:1||Insectplant interaction:1||Clearcut:1||Stratification:1||Thinning intensities:1||Forest volume:1||soil carbon change:1||Carbon concentration:1||Nitrogen availability:1||Nitrogen mineralization:1||Gwangneung Experiment Forest:1||Stand development:1||kmeans clustering:1||Vegetation type:1||region growing:1||agesequence:1||Nitrogen:1||Precipitation:1||Nitrogen fixation:1||Korean forest biomass:1||coarse woody debris:1||Endemic plant:1||Vegetation:1||phytoremediation:1||CDM:1||economic feasibility of CDM project:1||Disturbance:1||survival rate:1||precipitation:1||deforestation:1||CO2 sequestration:1||mortality:1||carbon dioxide:1||nitrous oxide:1||seedling response:1||Aibes chensiensis:1||Interaction:1||Structural properties:1||CH 4 oxidation:1||Effect size statistics:1||Partial tree cutting:1||structural equation modelling:1||Extreme climate:1||ecosystems:1||crown diameter:1||vegetation introduction:1||Soil CO2 Emission:1||green campus:1||Haloxylon ammodendron:1||Natural reforestation:1||Remote sensing:1||Quantitative assessment:1||Aralkum:1||salinity:1||ecosystem services:1||woody species:1||Enzyme activity:1||multitemporal analysis:1||Growth:1||Forest carbon model:1||Boreal forest:1||Digital camera:1||Time after thinning:1||CO2 leakage:1||forest habitat diversity:1||Climate change drivers:1||Enzyme assay:1||degraded forest:1||DPRK:1||Elateriospermum tapos:1||Disaster risk reduction:1||Lowland mixed dipterocarp forest:1||Aral Sea:1||Radial growth:1||EcoPlate:1||community abundance:1||community diversity:1||fungal community:1||Forestry Sector:1||Infrared ray lamp:1||Steel pipe scaffolds:1||Sizedependent response:1||environmental education:1||Konara oak:1||Effect Size:1||soil carbon sequestration:1||physiological response:1||climate regulating ecosystem services:1||Japanese Larch:1||Soil survey:1||Mt. Jumbong:1||leaf unfolding:1||Logistic model:1||forestcover change:1||dead organic matter:1||Baseline scenario:1||needle fir:1||soil water content:1||Settlement:1||Urban forestry:1||Quercus mongolica:1||Soil aggregates:1||Korean pine plantation:1||기후변화:1||공간자료:1||민감성:1||Oak:1||Minimum temperature index:1||Relay floristics pathway:1||aerial photograph:1||Robinia pseudoacacia:1||net primary production:1||ecosystem biomass expansion factor:1||carbon sequestration rate:1||dendrochronological reconstruction:1||soil rehabilitation:1||spoils:1||Hill numbers:1||growth:1||greenhouse gas:1||wateruse strategy:1||Larch:1||Biodiversity:1||emerging contaminants:1||laser dendrometer:1||soil fungal community:1||Kazakhstan:1||campus tree map:1||urban forest:1||soil depth:1||Spring phenology:1||Ecosystem service:1||Central Asia:1||soil environmental condition:1||grassland:1||Response ratio:1||Air temperature:1||Sky image:1||IPCC:1||qCO(2):1||Soil pH:1||climate change impact:1||Soil bacterial community:1||mesh bag method:1||forest history:1||litter component:1||Inventory Report:1||Japanese Zelkova:1||oriental oak:1||corporate social responsibility (CSR):1||Pitch pine:1||Carbon Sequestration:1||Forest carbon:1||elevated temperature:1||Photosynthetic Response:1||carbon sink:1||China:1||forest area:1||Bacteria:1||KSAM:1||RGB:1||VISIT:1||standard radial growth:1||Afforestation/reforestation CDM:1||Biomass conversion factor:1||Extracellular enzymes:1||NEP:1||Oldgrowth deciduous forest:1||Leafexpansion:1||Climatic controllers:1||Crown base height:1||Soil CO2 efflux:1||Soil water content:1||Nodule biomass:1||forest soil carbon model:1||Soil CO2efflux:1||forest floor:1||litter decomposition:1||Stochasticity:1||MRV:1||Medicinal use:1||Forest budget:1||Seasonality:1||Reclamation:1||adaptation:1||FCM model:1||Soil organic material (SOM):1||Organic contaminants:1||pH:1||Chlorophyll:1||Pine:1||soil bacterial community:1||carbon flow:1||very fine root:1||Mixed forest plantation:1||Soil organic carbon stocks:1||saksaul:1||Avicennia marina:1||O2 depletion:1||second flush:1||decomposition stage:1||litter quality:1||disaster risk reduction:1||socioeconomic:1||photosynthetic rate:1||Soil Water Content:1||Groundtruth:1||KCOSEM:1||C/N:1||MaxEnt:1||National forestation:1||Soil erosion:1||root biomass:1||traditional knowledge:1||National forest inventory:1||decay rate:1||intact dipterocarp forest:1||모니터링 시스템:1||volumetric pixel:1||REDD:1||Leaf flush:1||Early growth:1||Red pine:1||termite activity:1||organic carbon:1||ion exchange resin:1||Soil quality indicator:1||total belowground carbon allocation:1||Carbon nanotube:1||Extracellular enzyme:1||CDM methodology:1||HyTAGs:1||Carbon content:1||Soil fractionation:1||Denitrification:1||노출:1||chlorophyll contents:1||warming experiment:1||Groundtruthing:1||Single cohort structure:1||stand age:1||Needle litter:1||Soil carbon:1||root to shoot ratio:1||Korean forest type:1||boiethanol:1||Litter decomposition process:1||forest soils:1||fertilization:1||Kyoto Mechanism:1||Functional restoration:1||Metagenome:1||sustainable development goals:1||coniferous species:1||gas exchange:1||Earthworm:1||Metal element:1||carbon fraction:1||Global carbon neutrality:1||Extreme climate events:1||system design:1||extracellular ecoenzymatic stoichiometric models:1||microbial metabolism characteristic:1||microbial respiration:1||heighttoDBH ratio:1||nondestructive method:1||heavy rainfall:1||decomposition:1||Quercus acutissima:1||Eisenia andrei:1||Litter Decomposition:1||aboveground biomass:1||Tajikistan:1||Monoculture plantation:1||Decreased precipitation:1||Increased temperature:1||Summer shoot:1||N15:1||soil temperature:1||High temperature:1||Decadal data set:1||carbon stock changes:1||Pines densifiora:1||Environmental impact assessment:1||Korean Peninsula:1||forest management practice:1||microbial biomass:1||InVEST:1||SWAT:1||decay class:1||red pine forest:1||CO2 flux:1||누출:1||Populus sibirica:1||constructive learning:1||Japanese zelkova:1||roadside:1||warming treatment:1||Precipitation Manipulation:1||Geostatistics:1||Gwangneung:1||Net ecosystem production:1||Korean fir:1||Vegetation productivity:1||Surface area:1||Laser dendrometer:1||Forest cover map:1||Soil microorganisms:1||Temperate natural forest:1||Leaffall:1||Forest cover distribution:1||Biomass conversion and expansion factor:1||Shade intolerance:1||Partitioning:1||Temperature sensitivity:1||Aspect:1||carbon density:1||biomass conversion and expansion factor:1||model development in Korea:1||biodiesel:1||Taxonomic composition:1||Litter:1||Soil:1||nutrient cycling:1||soil microbiology:1||spatial distribution:1||topographical factors:1||minelands:1||tailings:1||Korea:1||Evidencebased platform:1||Participatory monitoring:1||United Nations Framework Convention on Climate Change:1||Warsaw REDD+ Framework:1||Microbial properties:1||Wetland:1||Nutrient stocks:1||soil microbes:1||threshold elemental ratio:1||Emerging contaminant:1||Joint toxicity:1||Multifactor experiment:1||environmental stress:1||drought stress:1||Land degradation:1||soil microbial activity:1||carbon isotope composition:1||forest fire:1||spatial analysis:1||Carbon/nitrogen ratio:1||Phenological Eyes Network:1||Soil microbial biomass:1||diameter at breast height (DBH):1||semivariogram:1||Korean red pine:1||Dillenia beccariana:1||Macaranga bancana:1||Topographic wetness index:1||downed dead wood:1||carbon dynamics:1||warming effect:1||Emission Factor:1||Monitoring system:1||voxel:1||Conversion factor:1||new environmental paradigm (NEP):1||Fertilization:1||Forest Thinning:1||FBDC model:1||terrestrial ecosystem:1||coarse woody debris decomposition:1||Alnus japonica:1||Reference wetland:1||Coarse woody debris decomposition:1||cumulative degree days:1||Photograph:1||Evergreen coniferous forest:1||Interannual analysis:1||stand density:1||Global warming:1||temperate forest:1||Soopkakkugi:1||NPP:1||취약성 평가:1||Component integration:1||Default value:1||markercontrol watershed segmentation:1||Tree species effects:1||Acetylene reduction:1||allometric model:1||plantation:1||Q10:1||soil:1||vegetation:1||soil carbon model:1||Korean endemic plant:1||reclamation:1||Environmental change:1||land degradation:1||larch:1||air temperature:1||Threatened species:1||NDC:1||netzero emissions:1||forest risk assessment:1||forest growth:1||Regional carbon storage:1||Biochar:1||Dissolved black carbon:1||Environmental variability:1||temperate oak forest:1||thinning residue:1||Microplastic:1||Brassica rapa ssp. chinensis:1||drylands:1||urban green space:1||dried Aral Sea bed:1||reactive oxygen species:1||Earthworms:1||Environmental condition:1||productivity indicator:1||Afforestation plan:1||LANDSAT:1||mangrove forest:1||Desertification:1||herbaceous perennial species:1||household respondents:1||questionnaire survey:1||probability:1||fine root decomposition:1||Substitution effect:1||Sensitivity analysis:1||Effect size:1||Monitoring technique:1||suitable tree species:1||Growth rate:1||Litter flux:1||forest water yield:1||soil loss:1||forest carbon model:1||Quantitative Assessment:1||Leakage:1||Extra resources:1||Dead Organic Matter:1||Dead organic matter:1||Oriental oak:1||park:1||settlement:1||Net Photosynthetic Rate:1||Japan:1||Fungi:1||Vegetation respiration:1||general additive modelclimatic factors:1||model:1||Carbon pools:1||GHG removals:1||Nanomaterials:1||Carbon nanotubes:1||Microbial biomass:1||Risk assessment:1||biomass change:1||적응성:1||Root chamber:1||Heterotrophic respiration:1||living biomass increment:1||root/shoot ratio:1||Carbon accumulation:1||Aboveground biomass:1||Coarse woody debris:1||Soil carbon model:1||soil survey:1||metalliferous mining:1||Silvicultural management:1||nitrogen deposition:1||Carbon and nitrogen:1||Nitrogen addition:1||forest structure:1||specific leaf area:1||tropical forests:1||soil microplastics:1||biodiversity:1||Temperate Deciduous Forest:1||irrigation:1||

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